Anodic porous alumina with a highly ordered pore arrangement was prepared by imprinting using a metal (Ni) mold prepared from a two-dimensional ordered array of polystyrene particles as a template. The ordered array of shallow concaves of Al prepared by imprinting could initiate pore development and could guide pore growth during anodization. This process enables the high-throughput preparation of highly ordered anodic porous alumina because the metal mold can be used repeatedly.
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Matsui et al. (2005) studied this question.
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